PhD Studentship: Modelling Reliability and Resilience of Hydrogen Systems for Improved Safety and Sustainability

PhD Project: Modelling Reliability and Resilience of Hydrogen Systems for Improved Safety and Sustainability

This PhD project offers a compelling opportunity for aspiring researchers to delve into the critical field of hydrogen systems, a cornerstone of future sustainable energy. If you are passionate about contributing to a cleaner planet and possess a strong analytical background, this project presents an exciting avenue for your doctoral studies.

Advantages for Candidates:

• Pioneering Research: You will be at the forefront of developing advanced modelling and analysis techniques for crucial hydrogen system components like electrolysers. This hands-on experience places you in a high-demand and rapidly evolving sector.
• Impactful Contribution: The project directly addresses the challenges hindering the widespread adoption of hydrogen energy, aiming to improve its safety, reliability, and efficiency. Your research will have tangible implications for reducing carbon emissions and fostering net-zero targets.
• Multifaceted Problem Solving: The project encompasses a diverse range of critical areas, including advanced diagnostics and prognostics, system-level reliability analysis, asset management, and emergency response mechanisms. This breadth of focus allows for the development of comprehensive expertise.
• Academic Excellence: Working under the supervision of Rasa Remenyte-Prescott from the esteemed Resilience Engineering Research Group at the Faculty of Engineering, you will benefit from expert guidance and a supportive research environment.
• Global Relevance: With the growing importance of hydrogen in the global energy system, your research will have significant international relevance and potential for application.
• Career Advancement: This PhD is an excellent stepping stone for careers in academia, advanced research and development within the energy sector, government policy, or specialized engineering consultancies focused on emerging technologies.

Key Considerations for Your Career Path:

• Analytical & Engineering Foundation: A strong undergraduate degree in engineering, mathematics, or a related discipline, ideally with a Master's level qualification, is essential. Exceptional candidates with a 2:1 degree may be considered. This highlights the project's reliance on robust theoretical understanding and analytical skills.
• Problem-Solving Aptitude: The project requires an enthusiastic and driven individual who enjoys tackling complex challenges. Your ability to conceptualize, develop, and implement sophisticated modelling approaches will be paramount.
• Research Curiosity: A genuine interest in understanding failure modes, improving system performance, and contributing to safety and sustainability is crucial. This project demands a researcher with a proactive and inquisitive mindset.
• Funding Awareness: While open to UK/EU/overseas students, candidates are encouraged to actively explore and secure funding opportunities. The provided link offers a valuable starting point for this process.
• Timely Application: With a starting date of October 2026, early application is strongly encouraged to ensure you are considered for this sought-after opportunity.

This PhD project offers a unique chance to shape the future of sustainable energy. If you are a motivated and academically strong graduate looking to make a significant impact, we encourage you to explore this exciting research endeavor.